Search Images Maps Play YouTube News Gmail Drive More »
Sign in
Screen reader users: click this link for accessible mode. Accessible mode has the same essential features but works better with your reader.

Patents

  1. Advanced Patent Search
Publication numberUS27146 A
Publication typeGrant
Publication dateFeb 14, 1860
Publication numberUS 27146 A, US 27146A, US-A-27146, US27146 A, US27146A
InventorsCharles Nbames
Export CitationBiBTeX, EndNote, RefMan
External Links: USPTO, USPTO Assignment, Espacenet
Bagasse-furnace
US 27146 A
Abstract  available in
Images(1)
Previous page
Next page
Claims  available in
Description  (OCR text may contain errors)

UNITED STATES PATENT OFFICE.

CHARLES NEAMES, OF NE\V ORLEANS, LOUISIANA.

Specification of Letters Patent No. 27,146, dated February 14, 1860.

T o all whom it may concern:

Be it known that I, CHARLES NnAMns, of the city of New Orleans and State of Louisiana, have made a new and useful Improvement in Bagasse-Furnaces; and I hereby declare that the following'is a full, clear, and exact description thereof, references being had to the accompanying drawings, and to the letters of references marked thereon, making a part of this specification, the same letters being used to show the same parts in the different views, to which- Figure 1 is a front elevation. Fig. 2 is a sectional front elevation taken from line a2 in Fig. 4. Fig. 3 is a sectional side elevation taken from line, a', in Fig. 2. Fig. 4v is a section ground view taken from line, 2, in Fig. 2. Figs. 5, G and 7 are reference" views which will be used in explaining the other figures; that of Fig. 6, however is more specific than the others, it shows a section of the front wall as seen from line, a5, in Fig. 3.

When the combustion ofbagasse is going on, the vapor leaving it during the drying process, is very light, and ascends to the upper part of the furnace chamber. This being largely composed of oxygen, and valuable as a supporter ofcombustion, when broughtV in contact with a highly heated combustiblewfor instance carbon, and as this substance when in this state, is at or near the base of the burning mass, the object of this arrangement is to secure this vapor being drawn from the upper part of the fuel chambers, by the influence of the draft of the chimney; and brought within the influence of chemical affinity of the carbon for this oxygen, so its uses as a supporter of combustion can be secured.

The furnace as set forth in Fig. 2, has three chambers, the letter, F, being used to designate them. The number ofv chambers however, will depend on which mode is adopted in the construction above the grates, by the walls A, and B, that of, A, having hollow brick pillars mounted on it, as seen in Figs. 2 and 4. with a sectional view of this wall in Fig. 7 making but one chamber above the grates, and two belowrequiring but one hopper, to admit the fuel, and that mounted over opening, that of B extending from the base to the crown, therefore making two chambers in this compartment entire, requiring two hoppers to admit the fuel through openings as shown [by .the same letter. This arrangement I I consider better than the otherin one respect there being a larger wall surface in the furnace. The heat reflected from1 the amle will cause amore rapid` drying 'of the In the employment of the pillars as set forth mounted on wall A important advantages are secured over the arrangement as designated by` wall, B. The openings in the pillars to receive the vapor are in the center of the furnace, and in direct proximity to the wet mass, giving out its vapor. This vapor can leave the mass more readily, than if counteracted by external currents around the pile of bagasse, in its getting into the openings in the sides.

I omit showing any boilers or `such subjects on which the heat has to act.

The flues, n, n, in the rear are the exit ues for the gas to leave the chambers. Each has a damper, y, seen inFigs. 3 and et by which the discharge from the chambers can be regulated. In the rear of chamber, B, the flue, m, is enlarged, not made so for any particular obj ect, but only to allow room for its exit flue being divided by wall, m, seen in Fig. 3. If the discharge is made in the rear, such iues would have a different form, this particular part having to be made to suit the position of the furnace with the subject on which the heat has to act, and being arrangements well understood by the constructors of this kind of furnace, any further explanation is deemed to be useless.

During the burning of bagasse, a strong, massive cinder is formed, which has to be taken out of the chambers from time to time; and to do this, the combustion in such chamber to be cleaned, must be suspended, and it is all important that the other chambers shouldnot be counteracted in their eflici-ency to keep a strong heat acting at the same time, so the supply of steam necessary is continuous; and to prevent the air which enters the empty chamber, when being cleaned, passing with the gas from the other chambers, and thus reducing its temperature and eiiciency, in heating power I conduct this air direct to the chimney, through other channels.

In the dividing wall of the two separate furnaces, near the base, I construct the lues, s, s, seen in Figs. l, 2 and 6, Fig. 5 showing them horizontal, and sectional, each having an opening to its respective chamber,

Vwork, as seen in Fig. 3.

and at the rear, as indicated by the arrows, which is also used in the-front ends, showing the direction of the air and smoke, in leaving the furnace during the time the cleaning is going on, and from the front, I have a Hue connected with these, and leading to the chimney, the Hues, s, s, having each a damper, that when open brings the chimney in connection with the chamber it is the exit from, the damper, y, from the same chamber, being used to close its Hue, and shut 0H" the exit from that place, in the meantime.

In order to bring the vapor down from the upper portion of the furnace, I construct in the walls, chambers, indicated by letter, a, beginning near the openings, 71 and extending about one half the distance between the crown and the grates gk (see Fig. 2). These chambers longitudinally, are the same as the length of the interior of the furnace. The bricks in each alternate course, are separated a short distance (as seen in Fig. `3) for the purpose of connecting chambers, a, with the interior, so the vapor can pass. The middle wall, B, has also a chamber, a, with the bricks laid on either side in the same manner, and for the same purpose, the pillars on wall, A, having similar laid brick work to receive the vapor. Below each of the chambers, a, are chambers, c, having their sides next the furnace made open brick Each of these chambers is connected to its corresponding chamber, a, by a vertical Hue at the back end, marked b, shown by dotted lines in Figs.`2, and 3; the latter figure also indicating the Hue, and the direction of the vapor, by an arrow; and Fig. 4 by the same indication shows a continuation of the same, and the connection of chambers, c, to the Hue, (Z, constructed in the front wall of the furnaces. In the walls, A, and B, I place the Hues, f; and connect cl, to f, by the Hue, e, see Figs. 4 and 6. The Hue, e, being immediately below d, and f, starting from e, continues through the walls, A, and B, at the rear, and is brought under the action of the chimney. The vapor in passing through the chambers, c, which is not drawn into the Hre, by the affinity of the highly heated carbon for oxygen, is brought in contact with carbonaceous gas at therear of the furnace.

The temperature at that point being high, and the Hues filling the office of mixing chambers, brings a decomposition of the vapor and its oxygen into use. In Hue, cl, I have dampers, 0, see Fig. 6, by which the connection between c, and e, on either side can be suspended if desired, except the two middle chambers, c. Should the pillars be used instead of chambers, a, Fig. 7 will show the arrangement as made to join chamber, c, being only a continuation of the same opening from c into the pillars.

In the walls, A, and, B, and on each side of Hue, f, I have air Hues, z', seen in Fig. 2, and shown horizontal, and sectional in Figo. These Hues have doors', i. In the construction, their sides'next the fuel are made with open brick work, to allow the air to pass into the chamber, and supply oxygen to facilitate the combustion of the bagasse, at, or near the base, which is in a dry state. The air when acting on the base when in this condition, causes it to burn rapidly, which exhausts the base, and causes the bagasse above to tumble over and come down to a position where its combustion will proceed uniformly.

After this my description, what I claim as new,-and 'desire to secure by Letters Patent-V 1. I do not claim the use of chambers constructed in the sides or crowns of furnaces for the purpose of receiving and distributing atmospheric air, as I am aware this has been done before but what Ido claim, isthe use of chambers in wet fuel furnaces, which have their receiving openings exclusively in and from the interior of the furnace, to receive the vapors arising from the fuel, and which will convey and distribute the same at points meeting the carbonaceous gases, to allow the oxygen from the vapor to be brought in contact with highly heated car# bon to support combustion.

2. I also claim the hollow pillars mounted on wall, A, in combination with Hue, 0,

when arrangedand operated as, and for the 100 purpose herein set forth.

CHARLES NEAME S.

Witnesses ROBERT GLiNNoN.

S. W. BROOKS.

Referenced by
Citing PatentFiling datePublication dateApplicantTitle
US4532925 *Oct 20, 1981Aug 6, 1985Joseph W. Blake, IIILigator device
US4662374 *Aug 2, 1985May 5, 1987American Hospital Supply Corp.Ligator device
US4706668 *Sep 16, 1985Nov 17, 1987B & B ToolsAneurysm clip pliers
US8033432 *Mar 11, 2004Oct 11, 2011Valois SasDistribution device for fluid product
US20060249543 *Mar 11, 2004Nov 9, 2006Jean-Marc PardongeDistribution device for fluid product
Classifications
Cooperative ClassificationF23G5/46